Utilizing rotating modular units constructed from sustainably sourced timber and large expanses of glass, this design offers unparalleled stargazing opportunities while providing flexible accommodations amidst the Icelandic landscape.
5 key facts about this project
01
Rotating modules allow direct alignment with celestial events.
02
Constructed with charred wooden shingles for enhanced durability and aesthetic appeal.
03
Incorporates natural sheep wool insulation for energy efficiency.
04
Features large glass elements for unobstructed views of the landscape.
05
Built on a floating pavement system for stability and adaptability to terrain.
General keywords
The architectural design project "The Telescope" is located near Myvatn Lake in Iceland. This project aims to create a space that integrates seamlessly into its natural surroundings while offering functionality and aesthetic appeal. It embodies a strong connection between the built environment and the celestial phenomena visible in the night sky, specifically designed to facilitate stargazing and promote environmental awareness.
The primary function of "The Telescope" is to serve as a modular accommodation space that caters to visitors looking for an immersive experience in nature. The structure encompasses guest units, a dining area, and recreational facilities such as a sauna and stables for equestrian activities. This multifaceted design allows for a variety of uses, accommodating both solitary guests and groups looking to engage with the stunning Icelandic landscape.
The project features multiple important elements that set it apart from conventional architectural designs. Notably, the accommodation modules can rotate slightly, allowing residents to adjust their views toward significant astronomical events. This rotational capability is a distinctive approach within this architectural typology, offering flexibility rarely found in similar projects.
The building materials were chosen not only for their durability but also for their sustainability. The use of treated and untreated wood reflects local vernacular building practices, while stainless steel provides structural integrity against the harsh climate. Natural sheep wool serves as insulation, ensuring energy efficiency. Large glass surfaces optimize natural light and enhance the connection to the outdoors, offering unobstructed views of the celestial horizon. The design incorporates rainwater collection systems and geothermal heating, emphasizing a commitment to sustainability.
The innovative use of space is another defining characteristic of "The Telescope." Each module is designed with folding furniture to maximize usability in the limited footprint of 40 m². This allows occupants to rearrange living spaces as needed, accommodating different functions throughout the day. The telescoping units feature a sophisticated base that maintains stability while allowing for slight adjustments in orientation.
For those interested in exploring the architectural details further, including architectural plans, sections, and designs, a deeper examination of "The Telescope" will provide insights into its unique structural considerations and design innovations. This project illustrates a thoughtful approach to architecture that prioritizes both user experience and environmental integration, inviting further exploration of its insightful architectural ideas.
The primary function of "The Telescope" is to serve as a modular accommodation space that caters to visitors looking for an immersive experience in nature. The structure encompasses guest units, a dining area, and recreational facilities such as a sauna and stables for equestrian activities. This multifaceted design allows for a variety of uses, accommodating both solitary guests and groups looking to engage with the stunning Icelandic landscape.
The project features multiple important elements that set it apart from conventional architectural designs. Notably, the accommodation modules can rotate slightly, allowing residents to adjust their views toward significant astronomical events. This rotational capability is a distinctive approach within this architectural typology, offering flexibility rarely found in similar projects.
The building materials were chosen not only for their durability but also for their sustainability. The use of treated and untreated wood reflects local vernacular building practices, while stainless steel provides structural integrity against the harsh climate. Natural sheep wool serves as insulation, ensuring energy efficiency. Large glass surfaces optimize natural light and enhance the connection to the outdoors, offering unobstructed views of the celestial horizon. The design incorporates rainwater collection systems and geothermal heating, emphasizing a commitment to sustainability.
The innovative use of space is another defining characteristic of "The Telescope." Each module is designed with folding furniture to maximize usability in the limited footprint of 40 m². This allows occupants to rearrange living spaces as needed, accommodating different functions throughout the day. The telescoping units feature a sophisticated base that maintains stability while allowing for slight adjustments in orientation.
For those interested in exploring the architectural details further, including architectural plans, sections, and designs, a deeper examination of "The Telescope" will provide insights into its unique structural considerations and design innovations. This project illustrates a thoughtful approach to architecture that prioritizes both user experience and environmental integration, inviting further exploration of its insightful architectural ideas.
